Assess quality of PRPs and work-orders using systematic confidence scoring. Use when evaluating readiness for execution or subagent delegation.
View on GitHublaurigates/claude-plugins
blueprint-plugin
January 24, 2026
Select agents to install to:
npx add-skill https://github.com/laurigates/claude-plugins/blob/main/blueprint-plugin/skills/confidence-scoring/SKILL.md -a claude-code --skill confidence-scoringInstallation paths:
.claude/skills/confidence-scoring/# Confidence Scoring for PRPs and Work-Orders This skill provides systematic evaluation of PRPs (Product Requirement Prompts) and work-orders to determine their readiness for execution or delegation. ## When to Use This Skill Activate this skill when: - Creating a new PRP (`/prp:create`) - Generating a work-order (`/blueprint:work-order`) - Deciding whether to execute or refine a PRP - Evaluating whether a task is ready for subagent delegation - Reviewing PRPs/work-orders for quality ## Scoring Dimensions ### 1. Context Completeness (1-10) Evaluates whether all necessary context is explicitly provided. | Score | Criteria | |-------|----------| | **10** | All file paths explicit with line numbers, all code snippets included, library versions specified, integration points documented | | **8-9** | Most context provided, minor gaps that can be inferred from codebase | | **6-7** | Key context present but some discovery required | | **4-5** | Significant context missing, will need exploration | | **1-3** | Minimal context, extensive discovery needed | **Checklist**: - [ ] File paths are absolute or clearly relative to project root - [ ] Code snippets include actual line numbers (e.g., `src/auth.py:45-60`) - [ ] Library versions are specified - [ ] Integration points are documented - [ ] Patterns from codebase are shown with examples ### 2. Implementation Clarity (1-10) Evaluates how clear the implementation approach is. | Score | Criteria | |-------|----------| | **10** | Pseudocode covers all cases, step-by-step clear, edge cases addressed | | **8-9** | Main path clear, most edge cases covered | | **6-7** | Implementation approach clear, some details need discovery | | **4-5** | High-level only, significant ambiguity | | **1-3** | Vague requirements, unclear approach | **Checklist**: - [ ] Task breakdown is explicit - [ ] Pseudocode is provided for complex logic - [ ] Implementation order is specified - [ ] Edge cases are identified - [ ] Error handling appro